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    <title>浏阳德塔软件开发有限公司 女娲计划</title>
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    <br/>第七章 类人DNA与神经元基于催化算子映射编码方式
    <br/>The Initons Catalytic Reflection Between Humanoid DNA and Nero
    Cell
    <br/>类人 DNA 与 神经元基于催化算子映射编码方式
    <br/>Yaoguang Luo, Rongwu Luo
    <br/>罗瑶光, 罗荣武
    <br/>Keywords
    <br/>VPCS, AOPM, IDUC, Nero, Artificial, Decoder, Medical, Paralling,
    Computing,
    <br/>Humanoid, ETL, Parser, Data Mining
    <br/>关键词
    <br/>VPCS 架构 AOPM 逻辑 IDUC 编码 神经元 人工 解码 医学 并行计算 类人仿生 ETL 数据挖掘
    爬取


    <br/>
    <br/>2. 2 Deta Business backend logic development, 德塔商业后端逻辑发展
    <br/>Thanks to my father, in 2018, he told me to design a
    pharmacy-assisted search software according to the concept of Chinese
    medicine, so he（我当时翻译错误，改为I） began to design Huaruiji Medical
    Big Data System. At that time, I thought spring boot, mysql were too
    heavy. If the database rest handshake system of socket stream was designed
    according to CGI, many problems could be solved easily. So, I began to
    analyze, operate and deal with the problems. Gradually found some
    irreplaceable primitives, such as S static data, V visionary observation
    mode, P procedural registration mode, C control unit, etc. It would be
    wonderful if we could redesign a set of architectures for these primitives.
    The PC separation mode here came from an IOC doctoral design paper in
    Spring in 2015. Thanks here, I integrated MV into V observation mode,
    and then took out the corresponding static data of M and function S. This
    VPCS structure choots me at present.
    <br/>
    感谢父亲, 2018 年对我说按照中医理念设计一个药学辅助搜索软件, 于是（我）开始设计华瑞集
    医学大数据系统, 当时我觉得spring boot, mysql 都太重了, 如果根据CGI 设计socket
    流 数据库 rest 握手系统, 那么很多问题都好解决, 于是我开始问题分析, 操作, 处理, 找到了
    一些无法替换的基元, 比如 S 静态数据, V 观测模型, P 注册方式, C 控制单元等等,
    如果能将这些基于重新设计一套架构, 那该多么的美好. 这里的 PC 分离模式, 来自 2015 年
    Spring 的一篇IOC 博士设计论文, 这里表示感谢, 我把MV 综合成V 观测模型, 然后把M
    的对应静态数据和函数 S 拿出来, 这种 VPCS 结构目前满足了我所有的德塔医学大数据应用.

    <br/>With regard to the excessive description of VPCS, I can take a
    previous note as follows: VPC architecture programming thought,
    software programming for many years, accumulated some thoughts on
    program realization. Through the certification of Darwin's theory of
    evolution, an effective VPC programming concept is elaborated based on
    the neutral coupling of MVC+ MVP. V is an observer mode, similar to
    storage object and observation mode. P is the processor, which handles
    the registration interface. C is the control machine, which describes
    and classifies the registration interface. S static control machine,
    why use static control machine, advantages: 1. Because of the
    separation of PC, the functions of C mode are inherited through
    abstract virtual functions, interfaces inherit interfaces, interfaces
    are uniformly registered, and calls are extremely discrete, thus
    achieving the efficiency of high-speed concurrent iteration. 2. Realize
    EI separation and skip IOC scanning. 3: P is responsible for reference
    and description, and C can carry out various functional operations
    through descriptions of multiple P. Mapping control technology ensures
    thread safety and stability. 4: V stores each single case class to
    ensure low data redundancy and unified recovery.
    <br/>
    关于 VPCS 过多的描述, 我可以摘以前的一段笔记如下: VPC 架构编程思想, 经常长年的
    软件编程, 积累了一些对程序实现的思想, 通过达尔文进化论的认证, 一种有效的 VPC
    编程理念基于 MVC+MVP 的中性耦合文中进行阐述. V 是一个观测者模式, 类似于存储对象,
    观测模型. P 是处理机, 对注册接口的处理. C 是控制机, 对注册接口的描述和分类. S
    静态控制机器, 为什么用静态控制机, 优势:1: 因为 PC 的分离, c 模式的函数皆通过抽象
    的虚函数继承, 接口继承接口, 接口统一注册, 调用极度离散化, 达到高速并发迭代的效率.
    2: 实现 EI 分离, 跳过 IOC 的扫描. 3: P 负责引用和描述, 一个 c 可以通过多个 p
    的描述来实行各种函数运算. 映射的控制技术保证线程安全稳定. 4: V 存储各单例类, 保证
    数据冗杂度低, 统一回收.

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